SIT1602BC-72-25S-37.500000D

Oscillators are vital components in the field of wireless and communication technologies. They are electronic components which use an oscillatory or vibratory source to generate a desired frequency as the output. In this article, we will be discussing the application field and working principle of SIT1602BC-72-25S-37.500000D Oscillator.

SIT1602BC-72-25S-37.500000D Oscillators are commonly used in various applications such as telecom, GPS, WLAN and ZigBee. These devices generate a frequency with high accuracy of ±25ppm over an operating temperature range of -40°C to +85°C. Furthermore, these oscillators operate on a supply voltage of 3.3V making them a viable option in terms of power saving.

SIT1602BC-72-25S-37.500000D Oscillators employ a reverse-biased input resistor configuration comprising of two series-connected resistors which is referred to as a Pierce Oscillator configuration. This configuration along with a pair of capacitors, C1 and C2, your desired frequency is generated. At the heart of this configuration lies the transistor, which serves to provide signal buffering and inversion, by amplifying the negative half-cycle of the oscillator input signal.In this configuration, both the resistor and capacitor components determine the oscillation frequency of the circuit. To correctly set the oscillation frequency, the ratio of resistor value to capacitor value should be tuned accordingly. This pierce oscillator then requires a stable DC bias through the addition of a separate voltage source. The oscillator frequency is now determined by the ratio of the quartz crystal resonator’s capacitance to the capacitance of the two additional on-chip capacitors, C1 and C2.

SIT1602BC-72-25S-37.500000D Oscillators have proven to be reliable, stable, and cost effective solutions for many wireless communication applications. They have a low noise floor and wide frequency range that enables them to generate high-precision frequencies for different applications. Moreover, their reverse-biased input resistor coupled with other on-chip components makes these oscillators highly efficient with a very low voltage requirement.